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FY-4A地表太阳入射辐射产品在山西高原的适用性研究
梁进秋1, 申彦波2, 胡丽琴3, 吴林栋4, 施占军5
(1.中国气象局公共气象服务中心,山西省大同市气象局;2.中国气象局公共气象服务中心,中国气象局风能太阳能资源中心;3.国家卫星气象中心;4.山西省气象信息中心;5.山西省大同市气象局)
Study on the Applicability of FY-4A Surface Solar Irradiance Products in Shanxi Plateau
Liang jin-qiu1, Shen Yanbo2, Hu Liqin3, Wu Lindong4,Shi Zhanjun3, Wu Lindong4, Shi Zhanjun5
(1.Public Meteorological Service Center of China Meteorological Administration,Datong Meteorological Administration;2.Public Meteorological Service Center of China Meteorological Administration;3.National Satellite Meteorological Center;4.Shanxi Meteorological Information Center;5.Datong Meteorological Administration)
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投稿时间:2020-03-06    修订日期:2020-10-26
中文摘要: 本文选取山西高原为研究区域,利用区域内3个国家级气象站的逐分钟辐射观测数据,对FY-4A的地表太阳入射辐射产品质量进行对比检验。结果表明:该产品与地面观测数据的相关性很高,能够较好地反映气象因素变化对太阳辐射的影响;但总辐照度数值总体偏高,相对误差随地面观测总辐照度的升高而降低,早晚误差大,中午误差小;3站横向对比来看,年总辐射曝辐量越高,相对误差越小;由于FY-4A地表太阳入射辐射反演算法中太阳天顶角的临界值设为70o,导致全年白天无观测时次大约占到1/3,且冬季多于夏季,使得冬季的月总辐射曝辐量偏低而夏季偏高。FY-4A地表太阳入射辐射的上述特点基本都源自其反演算法或参数设置,因此具有普适性;由于相对误差呈现出较强的规律性,使得下一步对该产品进行订正、大幅降低误差水平成为可能。
Abstract:In this paper, Shanxi Plateau is selected as the research area, and t the quality of FY-4A Surface solar irradiance (SSI) of is compared and tested by using thehe minute-by-minute global irradiance data of three national meteorological in the region.The results show that: SSI is highly correlated with ground observation data in Shanxi Plateau, which can better reflect the influence of meteorological factors on solar radiation; the global irradiance is generally high, and the relative error decreases with the increase of the global irradiance observed on the ground. The morning and evening errors are large and the noon errors are small. From the transverse comparison of Datong, Taiyuan and Houma stations, the higher the annual global radiation exposure, the smaller the relative error. Because the critical value of sunset zenith angle is set at 70o in FY-4A SSI algorithm, which results in about 1 / 3 of the whole year's non observed time in daytime, and the total radiation exposure in winter is lower than that in summer, which makes the monthly global radiation exposure lower in winter and higher in summer. The above characteristics of SSI are basically derived from its algorithm or parameter settings, so it has universality. Due to the strong regularity of relative errors, it is possible to revise the data and reduce the error level substantially in the next step.
文章编号:202003060069     中图分类号:P414    文献标志码:
基金项目:国家重点研发计划课题(编号:2018YFB1500901)、中国气象局“风云四号科研试验星专业气象服务应用示范系统”项目共同资助
引用文本:
梁进秋,申彦波,胡丽琴,吴林栋,施占军,0.[en_title][J].Meteor Mon,():-.
Liang jin-qiu,Shen Yanbo,Hu Liqin3, Wu Lindong4,Shi Zhanjun,Wu Lindong,Shi Zhanjun,0.Study on the Applicability of FY-4A Surface Solar Irradiance Products in Shanxi Plateau[J].Meteor Mon,():-.